Just wanted to share a project we are working on for a public aquarium. Cant reveal too much just yet, but i can share this monster RFG nozzle. This is the largest production model to date. It is being designed for a 4in pipe with up to 150 to 250 GPM
Overall dimensional are approx 9.5in x 6.75in
Jet diameter is around 62MM (2.4in) which should be good for up to 290-360 GPM under low (20-30 PSI) pressure, and more at higher pressure.
Unfortunately we don't know the exact pressure in the pipe work yet, but we do have an estimate of the GPM which will be around 150 - 200 GPM
It's huge! and to be honest, we are not sure what to expect yet so were are very excited to test this monster nozzle out. Until that time comes, here are a few pics of the first prototype nozzle
On the print bed
This is the 4in Prototype - it's really rough looking because we printed it as quickly as possible. It;s sitting next to one of a standard sized 3/4in RFG nozzles printed in clear (BTW, before you ask, the clear was just for demonstration - it's not reef safe
)
Attached to the 4in PVC pipe work.
Overall dimensional are approx 9.5in x 6.75in
Jet diameter is around 62MM (2.4in) which should be good for up to 290-360 GPM under low (20-30 PSI) pressure, and more at higher pressure.
Unfortunately we don't know the exact pressure in the pipe work yet, but we do have an estimate of the GPM which will be around 150 - 200 GPM
It's huge! and to be honest, we are not sure what to expect yet so were are very excited to test this monster nozzle out. Until that time comes, here are a few pics of the first prototype nozzle
On the print bed
This is the 4in Prototype - it's really rough looking because we printed it as quickly as possible. It;s sitting next to one of a standard sized 3/4in RFG nozzles printed in clear (BTW, before you ask, the clear was just for demonstration - it's not reef safe
)
Attached to the 4in PVC pipe work.
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